Carly Front Zip Bum Bag
Black Leather Fanny Pack by Boohoo
How to wear Boohoo Carly Front Zip Bum Bag
This combo of a black blazer and a Boohoo Carly Front Zip Bum Bag from BooHoo is definitive proof that a safe casual look can still look really interesting. You can get a little creative when it comes to footwear and introduce a pair of black mesh mules to this getup.
Consider pairing a black blazer with a Boohoo black leather fanny pack if you're looking for a look option for when you want to look cool and relaxed. Let your styling expertise truly shine by completing your look with white leather lace-up flat boots.
A grey print crew-neck t-shirt and a Boohoo Carly Front Zip Bum Bag work together smoothly. Feeling bold today? Mix things up by finishing off with black leather pumps.
Showcase your sartorial credentials by marrying a black leather biker jacket and a Boohoo black leather fanny pack for a casual combo. A pair of black leather chelsea boots can effortlessly smarten up any look.
For a relaxed outfit, try pairing a black blazer with a Boohoo black leather fanny pack — these two pieces play really well together.
If the setting permits casual dressing, consider pairing a navy and white print crew-neck sweater with a black leather fanny pack. Introduce white and black check slip-on sneakers to your ensemble for an instant style lift.
For an off-duty outfit, team a navy bomber jacket with a Boohoo black leather fanny pack — these pieces fit really cool together. For a more elegant finish, add black leather lace-up flat boots to the mix.
A yellow cropped top and a Boohoo Carly Front Zip Bum Bag are a great combination that will take you throughout the day. And if you want to instantly lift up your getup with one item, why not throw black leather heeled sandals into the mix?
For something on the cool and casual side, consider this combo of a blue denim jacket and a Boohoo Carly Front Zip Bum Bag from BooHoo. And if you wish to easily step up this ensemble with shoes, why not add a pair of clear rubber heeled sandals to the equation?